Materials Literature
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This paper introduces the concept of Quantum Information Lattice Matter (QILM), a novel framework proposing that information structure can manifest as physically realized, lattice-like states. The core principle driving QILM is the direct translation of information architecture into material properties, potentially le…
By tessellating E8 root vectors through hyperbolic Helmholtz resonator networks tuned to 132Hz-phi modulation, we achieve non-local harmonic memory encoding. The 240-dimensional lattice creates interference patterns that stabilize transient information states into quasi-crystalline configurations, enabling entropy-opt…
Abstract This paper establishes the Qutrit Quantum Instrument (QQI), a training-free structure-first inference architecture in which finite revealed evidence determines route authority before a valid qutrit quantum instrument updates state. The architecture combines complete forward–reverse replay, recursive evidence…
Abstract Controlling polymorphism in ceramic microarchitectures is essential for linking processing, structure, and function yet remains difficult for ceramics produced by two-photon lithography (TPL). During thermal conversion, crystallite growth typically promotes the thermodynamically stable monoclinic (m) phase, r…
By assigning phi‑weighted Fibonacci coefficients to the 120 antipodal parity bits of the E8 lattice's 240 root vectors, resonant drives at the 132 Hz base frequency generate a hierarchical synchronization that produces protected topological qubit states. The Fibonacci weighting creates a self‑similar coupling pattern…
Abstract The co-precipitation method of creating clay/iron oxide nanocomposite is the subject of this study. A variety of analytical methods, such as FT-IR, XRD, FE-SEM, EDX, and Zeta potential analysis, were used to characterize the produced nanocomposite. The phase purity and an average particle size of about 17.57…
Highly conductive and stretchable nanofibers are promising material candidates for wearable devices. However, traditional electrode materials are limited by their tensile strain, rigid material, and impermeability, which often deteriorates the performance of their flexible wearable sensors. Herein, a wearable triboele…
A natural herbal face wash tablet was formulated and evaluated using sandalwood powder (Santalum album) and orange peel powder (Citrus sinensis) as the principal herbal ingredients. The present study aimed to develop a natural, eco-friendly, portable, and effective face wash tablet capable of cleansing the skin while…
DRAM电容介质在1z nm节点以下面临漏电×EOT缩放的硬约束(IMW 2020),产业30年以掺杂钉扎四方相稳定高k介质(ZrO₂/HfO₂基)为应对——但这一长期实践缺少统一的判据语言。本文用场域理论框架(材料=密度聚类场ρ=m·p;相变候选=失效线R'=1平衡区;剪切软模=相变活性签名)对DRAM高k介质给出可计算判据坐标。核心结果:①软模判据产业命中验证——高k介质家族6材料对照中,唯一具有反铁电(AFE)相变活性的ZrO₂恰好是唯一落软模区(C44=20.3 GPa≤阈值22.7)的Hf/Zr氧化物,其余产业稳定介质全部不软(正1/1负4/4);②二维判据空间——软模轴(相变活性/0K亚稳)×带隙轴(漏电墙),ZrO₂…
DRAM电容介质在1z nm节点以下面临漏电×EOT缩放的硬约束(IMW 2020),产业30年以掺杂钉扎四方相稳定高k介质(ZrO₂/HfO₂基)为应对——但这一长期实践缺少统一的判据语言。本文用场域理论框架(材料=密度聚类场ρ=m·p;相变候选=失效线R'=1平衡区;剪切软模=相变活性签名)对DRAM高k介质给出可计算判据坐标。核心结果:①软模判据产业命中验证——高k介质家族6材料对照中,唯一具有反铁电(AFE)相变活性的ZrO₂恰好是唯一落软模区(C44=20.3 GPa≤阈值22.7)的Hf/Zr氧化物,其余产业稳定介质全部不软(正1/1负4/4);②二维判据空间——软模轴(相变活性/0K亚稳)×带隙轴(漏电墙),ZrO₂…
ABSTRACT A fatal issue of zinc‐based electrochemical energy storage (ZEES) is uneven Zn 2+ deposition and rampant dendrite growth on the zinc metal anode, which significantly reduces the lifespan and reliability of ZEES devices. This work reports a cellulose tissue (CT) based separator with a self‐adhesive and nanopor…
This work addresses the long-standing uncertainty in the thermal neutron scattering description of beryllium oxide (BeO), a key moderator and reflector material in advanced reactors. Conventional evaluations rely on semi-empirical phonon models that misrepresent the phonon gap and high-energy optical modes, which can…
Industrial waste utilization in concrete can reduce the consumption of conventional cementitious and fine-aggregate materials while providing a practical route for waste management. This experimental study evaluates M30 concrete containing waste glass powder as a partial cement replacement and foundry sand as a partia…
Adhesive bonding has become one of the most widely used joining techniques in engineering due to its ability to provide uniform stress distribution, minimize structural weight, and avoid the thermal distortion during welding processes. This study examines the effect of carbon black weight fraction on the shear strengt…
Here, we provide a quick account on the rationale behind the use of ultrafast methods, typically useful to study out of equilibrium phenomena, for elucidating the microscopic details of the pairing mechanism in cuprates supercondutors. The original theoretical ideas are presented, followed by the ensuing experimental…
ABSTRACT Incorporating high‐density mesoporosity into single crystals has long posed a fundamental challenge, as traditional pore‐engineering methods inevitably impair long‐range crystalline order. Here, we repurpose an inherent crystallographic defect—the Jahn–Teller distortion (JTD)—as a programmable tool for encodi…
Fused Filament Fabrication (FFF) offers unparalleled geometric complexity but faces significant challenges in achieving optimal mechanical performance and part accuracy in advanced nanocomposites. This study introduces a comprehensive approach to concurrently optimize both the material composition (Graphene concentrat…
Wound management continues to represent a major global healthcare challenge, with the wound care market growing each year and a rising incidence of chronic wounds worldwide. Effective wound healing requires dressings that protect injured tissue, prevent infection, and actively modulate the wound microenvironment to pr…
ABSTRACT The catalytic hydrogenolysis of glucose to produce 1,2‐propylene glycol (1,2‐PG) has opened promising avenues for sustainable chemical production. However, traditional Ru‐based catalysts suffer from issues such as high metal loading, poor dispersion, and a tendency to agglomerate under harsh conditions, leadi…
The multivariate strategy is generally incompatible with densely packed structures, as this approach typically requires porous frameworks to manage the steric demands of incorporated functional groups. Without sufficient free volume, the frameworks are prone to structural transformations driven by steric hindrance. He…